static void
feed_data(lcbex_vrow_ctx_t *ctx, const char *data, size_t ndata)
{
size_t old_len = ctx->current_buf.len;
buffer_append(&ctx->current_buf, data, ndata);
jsonsl_feed(ctx->jsn, ctx->current_buf.s + old_len, ndata);
/**
* Do we need to cut off some bytes?
*/
if (ctx->keep_pos > ctx->min_pos) {
size_t lentmp, diff = ctx->keep_pos - ctx->min_pos;
const char *buf = get_buffer_region(ctx,
ctx->keep_pos, -1, &lentmp);
memmove(ctx->current_buf.s,
buf,
ctx->current_buf.len - diff);
ctx->current_buf.len -= diff;
}
ctx->min_pos = ctx->keep_pos;
}
bool
Parser::parseFile(const string &filename)
{
FILE *f = fopen(filename.c_str(), "rt");
if (!f)
return false;
jsonsl_t jsn = jsonsl_new(0x1000);
jsonsl_enable_all_callbacks(jsn);
jsn->action_callback = jsonslAction;
jsn->error_callback = jsonslError;
Parser parser;
jsn->data = &parser;
const size_t bufferSize = 4096;
char buffer[bufferSize];
for (;;)
{
size_t n = fread(buffer,1,bufferSize,f);
jsonsl_feed(jsn, buffer, n);
if (n<bufferSize)
break;
}
jsonsl_destroy(jsn);
fclose(f);
return true;
}
bson_t * sepia_read_json(struct sepia_request * request, int * error)
{
jsonsl_t parser = jsonsl_new(MAX_NESTING_LEVEL);
jsonsl_enable_all_callbacks(parser);
parser->action_callback = on_stack_change;
parser->error_callback = on_error;
char * buffer = GC_MALLOC(BUFFER_SIZE);
struct bson_state state;
state.cur_entry = -1;
state.error = JSONSL_ERROR_SUCCESS;
state.entry[0].bson = NULL;
state.text = buffer;
parser->data = &state;
int read;
do {
read = sepia_read_data(request, buffer, BUFFER_SIZE);
jsonsl_feed(parser, buffer, read);
} while (read > 0);
if (error != NULL) {
* error = state.error;
}
jsonsl_destroy(parser);
return (state.cur_entry == -1 && state.error == JSONSL_ERROR_SUCCESS) ? state.entry[0].bson : NULL;
}
bool
Parser::parseString(const char *json)
{
jsonsl_t jsn = jsonsl_new(0x1000);
jsonsl_enable_all_callbacks(jsn);
jsn->action_callback = jsonslAction;
jsn->error_callback = jsonslError;
Parser parser;
jsn->data = &parser;
jsonsl_feed(jsn, json, strlen(json));
jsonsl_destroy(jsn);
return true;
}
void
lcbvrow_parse_row(lcbvrow_PARSER *vp, lcbvrow_ROW *vr)
{
miniparse_ctx ctx = { NULL };
ctx.datum = vr;
ctx.root = vr->row.iov_base;
jsonsl_reset(vp->jsn_rdetails);
jsonsl_enable_all_callbacks(vp->jsn_rdetails);
vp->jsn_rdetails->max_callback_level = 3;
vp->jsn_rdetails->action_callback_POP = miniparse_callback;
vp->jsn_rdetails->data = &ctx;
jsonsl_feed(vp->jsn_rdetails, vr->row.iov_base, vr->row.iov_len);
}
static void
feed_data(lcbjsp_PARSER *ctx, const char *data, size_t ndata)
{
size_t old_len = ctx->current_buf.nused;
buffer_append(&ctx->current_buf, data, ndata);
jsonsl_feed(ctx->jsn, ctx->current_buf.base + old_len, ndata);
/* Do we need to cut off some bytes? */
if (ctx->keep_pos > ctx->min_pos) {
size_t lentmp, diff = ctx->keep_pos - ctx->min_pos;
const char *buf = get_buffer_region(ctx, ctx->keep_pos, -1, &lentmp);
memmove(ctx->current_buf.base, buf, ctx->current_buf.nused - diff);
ctx->current_buf.nused -= diff;
}
ctx->min_pos = ctx->keep_pos;
}